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Arduino-Based Smart Parking System with IR Sensor Integration

Greetings, ElectroDuino enthusiasts! We’re delighted to have you back on our platform. Today’s focus revolves around the Smart Parking System Project, employing Arduino, IR Sensor, and Servo Motor technologies. Our discussion will encompass the Project Introduction, Conceptualization, Block Diagram, Necessary Components, Circuit Schematic, Operational Principles, and Arduino Programming. This endeavor is made possible through the […]

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Enable (EN) to pin 9

Building a DIY Digital Voltmeter with Arduino: A Beginner’s Guide

Creating a straightforward digital voltmeter with an Arduino and a 16×2 liquid crystal display (LCD) is a straightforward process. Measuring voltages with an Arduino is relatively uncomplicated. The Arduino provides multiple analog input pins that link to an internal analog-to-digital converter (ADC). The Arduino ADC, which is a ten-bit converter, produces output values ranging from

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The Particle Photon starter kit comes with one along with the Arduino Starter Kits

Particle Photon Email Integration for Arduino Innovations

Introduction This tutorial is brought to you by BreakoutBros.com. Access the complete version by following this link. Having explored the Particle Photon, I felt inclined to revisit one of our tutorials and introduce IoT (Internet of Things) capabilities using the Photon. In this guide, I will demonstrate how to enable the Particle Photon to send

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Arduino Frequency Counter Tutorial for Electronics Enthusiasts

Arduino Frequency Counter Tutorial for Electronics Enthusiasts

In this guide, learn to construct a frequency counter device utilizing an Arduino UNO board. This device showcases signal frequency values on a 1602 LCD screen. It is designed specifically to measure the frequency of PWM signals that have a peak voltage of 5V. Hardware Required: Sure, here’s a rephrased list of the components needed

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Arduino Based Medication Alert System with RTC Integration

Arduino-Based Medication Alert System with RTC Integration

Greetings everyone, welcome back to Techatronic. In this latest article, we’re presenting a highly beneficial project known as the Medicine Reminder. This particular creation aims to assist individuals who require medication. Essentially, it comprises a box equipped with multiple drawers, three of which have the capability to open and close. In today’s world, many individuals

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Arduino Powered Bidirectional Counter with IR Sensor

Arduino-Powered Bidirectional Counter with IR Sensor

Hello everyone, welcome back to Techatronic. Today, we’re diving into a highly practical project – the Bidirectional Counter. Our goal with this project is to tally individuals passing through the sensor. Bidirectional counters have become increasingly prevalent, especially aiding us during the pandemic. They find specific utility in seminar halls and conference rooms, accurately recording

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T Display AMOLED Touch ESP32 board binary converter project

T-Display AMOLED Touch ESP32 board binary converter project

The T-Display AMOLED Touch ESP32 is an advanced version of the well-known ESP32 board, now equipped with a touch interface. This addition transforms the board into a more interactive platform, suitable for a wide range of applications.   T-Display-S3 AMOLED is a display screen module with a 1.91″ diagonal screen, based on our previous S3 module, we have

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Arduino Magic Driving Stepper Motors using ULN2003 Driver

Arduino Magic: Driving Stepper Motors using ULN2003 Driver

Introduction Hello everyone, trust you’re all doing well. This article will guide you through creating a circuit to control a stepper motor using an Arduino UNO and the ULN2003 motor driver. Below, you’ll find three circuit diagrams along with their respective codes. You’re free to choose and create any of these circuits based on your

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Circuit diagram of the temperature based fan speed control and monitoring using Arduino

Beat the Heat: DIY Temperature-Controlled Fan Speed Regulator

This standalone automatic fan speed controller project regulates the rotational velocity of an electric fan based on dynamic feedback. By leveraging embedded system technologies like a microcontroller and closed-loop control architecture, it provides efficient and reliable temperature regulation. The ATMega8/168/328 MCU allows for nimble adjustments to fan speed based on real-time sensor readings. An LCD

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